10-88-1205

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Rectangular connectors have been widely used in a variety of applications, from consumer electronics to a host of industrial applications. The 10-88-1205 rectangular connector is no exception, with many of its wide-ranging capabilities finding application in various industries. This article looks at the 10-88-1205 connector and its associated headers, male pins and applications, analyzing the working principles and physical characteristics in detail.

Physical Features

The 10-88-1205 connector is an 8 pole connector with a 5mm pitch and a height of 3.5mm. The connector has an overall size of 27.0mm x 13.8mm and weighs 3.2 grams. It is constructed using a dielectric thermoplastic material, which offers superior insulation and electrical protection. The top and bottom sections of the connector are securely joined together with a two clip construction, providing the necessary strength and stability for use in demanding connectivity requirements. For added protection, the connector also features a set of pull tabs that enable easy identification and extraction.

Headers and Male Pins

The 10-88-1205 connector is rated for 16-amp and between 200-500V. The header, which is an integral part of the assembly, is made from a high-conductivity tin-metal alloy. The terminals, on the other hand, are incorporated into the configuration using male pins constructed from plated steel. This configuration enables an adequate and secure electrical connection between the connector and the connected wire. The connector is also equipped with a sealing gasket, which prevents moisture from entering the connector, thus protecting it from corrosion.

Application Field

The 10-88-1205 connector is suitable for use in a large number of industrial and commercial applications, including residential and LED lighting, automotive electronics, security systems, medical instruments, security lighting, industrial motors, and many more. This broad range of uses ensures that the connector is highly versatile and reliable.

Working Principle

The working principle of the 10-88-1205 connector involves two-step electrical connection. First, electrical current is transmitted from the device being connected to the connector through the male pins. Second, this current is then routed through the header and routed to the equipment that is connected to the connector. This routing ensures that the low-level signals that are connected to the connector are transmitted without interference.

Once the electrical current is routed through the connector, the header and the male pins are then secured together with a two-clip construction. This construction holds the internal connection firmly in place and prevents any loss of electrical current throug h accidental disconnection. This also provides additional protection against mechanical shock.

The 10-88-1205 connector is also designed to remain consistent in the face of extreme temperatures and environmental factors. This is made possible by the dielectric thermoplastic material used in the construction of the connector, which provides superior insulation and electrical protection. The connector is also designed to meet a variety of international standards, including UL, CSA, and IEC60529.

Conclusion

The 10-88-1205 connector is a versatile rectangular connector that is suitable for use in a wide variety of applications in industrial and commercial settings. The connector is constructed using a dielectric thermoplastic material and features a two-clip construction and pull tabs for added security. The connector also includes a set of male pins and headers that enable an adequate and secure electrical connection. The connector is designed to remain consistent in the face of extreme temperatures and environmental factors, ensuring its reliability and durability.

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